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Applied Mechanics Lab Equipment

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Thermodynamics Lab Equipment

Heat Transfer Lab Equipment

Theory Of Machine Lab Equipment

Motorised Gyroscope Apparatus

Static & Dynamic Balancing Apparatus

Cam Analysis Apparatus

Universal Vibration Lab

Whirling Of Shaft Demonstrator Apparatus

Drill Tool Dynamometer

Emissivity Measurement Apparatus

Epi-cyclic Gear Train Apparatus

Heat Transfer In Forced Convection

Heat Transfer In Natural Convection

Pantograph Demonstration Mechanism

Pendulum Experiments

Vibrating Table (compaction)

Vibration Lab Equipments

Ackerman Steering Gear Mechanism Demonstration Model

Balancing Of Several Masses Rotating In A Single Plane Test Rig

Balancing Of Several Masses Rotating In Single Plane Test Rig

Brake Model

Clutch Model

Constant Mesh Gear Box (motorized) (to Demonstrate Internal Details And Working Of Gear Box I.e. 5

Coupling Models

Differential Gear Box (motorized) (to Demonstrate Internal Details And Working Of Gear Box)

Elliptical Trammel

Slip & Creep In A Belt Drive System.

Kinematics And Mechanisms

Hooke's Joint Apparatus

Industrial Gear Box (Motorized) (to Demonstrate Internal Details And Working Of Gear Box)

Introduction To Synthesis Of Linkages

Journal Bearing Apparatus

Kinematic Analysis Of Mechanisms

Lathe Tool Dynamometer

Model And Charts Of Dynamometer

Model Of Different Type Cam And Followers

Model Of Governor

Model Of Inversion

Models & Charts Of Clutch

Piv Gear Box (motorized) (to Demonstrate Internal Details And Working Of Gear Box Through A Number O

Rotary Engine

Sewing Machine Demonstration Model

Shear Force & Bending Moment Diagrams.

Simple Stresses & Strains

Sliding Mesh Gear Box (motorized)

Slip & Creep Measurement Apparatus

Static And Dynamic Force Analysis

Synchro Mesh Gear Box (Motorized)

Universal Governor Apparatus

Velocity And Acceleration Analysis Of Simple Mechanisms

Balancing Of Rotational Masses

Corollie's Component Of Acceleration Apparatus

Different Cam And Follower (pairs)

I.C Engine Lab Equipment

Material Testing Equipment

Cement & Concrete Testing Equipment

Soil Testing Equipment

Testing Equipment

Physics Equipment

Chemistry Equipment

Science Laboratory Microscope

General Laboratory Equipment

Industrial Equipments And Test Rigs

Demonstration Board Models

Vibration Lab Equipment

Steam Lab Equipment

Metrology & Quality Control Lab Equipment

Basic Electronics Lab Machine

Civil Engineering Products

Packed Column Extraction

Electrical Lab Equipment

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Workshop Machine

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Structural Analysis

Mechatronics Measurement Lab Equipment


Theory Of Machine Lab Equipment

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Motorised Gyroscope Apparatus

Motorised Gyroscope Apparatus



product name: motorised gyroscope apparatus
product code: tml02
description: the apparatus consists of a rotor mounted in bearings.

Static & Dynamic Balancing Apparatus

product name: static & dynamic balancing apparatus
product code: tml01
description: the apparatus consists of four circular discs mounted on a shaft. The discs are grooved for the attachment of weights at a specific radius.
Static & Dynamic Balancing Apparatus



Cam Analysis Apparatus

Cam Analysis Apparatus



DC. Motor :0.5 HP., PMDC, 1500RPM 1 No.DC motor Drive : Over voltage, over current protection with infinite variable speed control 1 No.Dial gauge : Dial with 0.01 mm least count with dial stand  1 No.Necessary Cam :  Tangent, Circular & eccentric cam profile. 1 Set.Follower : Flat faced Roller & Mushroom type 1 Set Spring : Compression spring of different stiffness. 1 Set Photograph : 1 Set.Space Required.

Universal Vibration Lab

Description:-   this apparatus enables a comprehensive arrangement of vibration experiments to be conducted on a single sturdy m. S. Channel (100 mm x 50 mm) basic frame. The experiments are specially designed for quick and   easy   assembly on the frame. Many components are common to several experiments. And the whole frame is powder coated.  
range of experiments
pendulum experiments-for pendulum experiments a sub-frame is attached to the upper beam of the frame. This pendulum supported frame is provided with hardened v guide for supporting the compound pendulum. It also carries two small chucks for gripping the wires for the bi-filer suspension and simple pendulum. Following experiments can be conducted.
expt. No. 1 simple pendulum. To verify the relation t= 2 s l/g & to plot the graph t2 v/s l
expt. No. 2 compound pendulum. 1 to verify the relation t= 2 s k + (og)/g(og)2 to determine the radius of gyration & equivalent length of compound pendulum.
expt. No. 3 bi-filar suspension- (tensional oscillations)
to determine the radius of gyration of body about the center of gravity by using relation. T= 2   k/asl/ g  longitudinal vibrations-expt. No. 4   spring mass systemto verify the relation t= 2 Sw/ km . G and plot the graph t2 vs w. Expt. No. 5 equivalent spring mass system. Study of undamped natural vibrations of beam pivoted at one end supported by tension spring at the other end. Expt. No. 6 equivalent spring mass system. Study of undamped natural vibrations of beam pivoted at one end supported by    tension    spring    at    the    other    end,    plot   the of    graph amplitude vs frequency.
torsional vibrations-expt. No. 7    single rotor. To varify the relation t= 2 S i / kt and to study the relationship between the periodic time & shaft length. Expt. No. 8 two rotors to verify the relation t= 2 Sia + ib/kt ( ia+ib) and plot a graph of f vs 1/ i 1expt. No. 9   single rotor with viscous damping. To find out the damping coefficient ct for various depth of damping drum (immersed in liquid) & to plot a graph of damping torque vs depth of damping drum. Expt. No. 10    to find out the natural frequency of beam with & without load & to verify the dunker leys rule. Expt. No. 11 to study the forced vibrations for various amount of damping & to plot a graph of amplitude vs frequency.
Universal Vibration Lab



Whirling Of Shaft Demonstrator Apparatus

Whirling Of Shaft Demonstrator Apparatus



The apparatus consists of a)Shaft of steel having dia. 3/16 " , 1/4" & 5/16" & length 36 ".b)Kinematics Coupling & Bearing.c)Sliding Chuck.d)Electric Motor ( Frictional HP) 4000 RPM.e)Dimmerstat to Control Motor Speed.

Drill Tool Dynamometer

This is a armed wheel type strain guage  drill tool dynamometer designed to measure thrust & torque during drilling operation. This dynamoneter is sutiable for drilling a hole up to 25 mm size in Mild Steel. With this dynamometer students can study the change in these forces by varying speed, Cut & feed.i) 3  digit display unit. (2 Channel independent display )ii) Range 500 Kg thrust, 10 Kg torque.iii) List of standard accessories included in the cost of equipment   Features.1) Rigid in construction2) Compact digital force indicator3) Use of cutting fluid during operation.
Drill Tool Dynamometer



Emissivity Measurement Apparatus

Emissivity Measurement Apparatus



a.Experimental Set up consists of :i.Test Plate:Polished Aluminum.ii.Referance Plate:Black Aluminum.iii.Wooden Chamber with Perspex cover.iv.Mica-Insulated heaters for black & polished body.v.Set of Thermocouples.b.Control Panel Consists of :i.12 Channel digital Temperature Indicator Range : 0 - 300 0Cii.Dimmerstat 0 - 2  A.iii.Main On/Off Switch.iv.Voltmeter 0 - 250 V.v.Ammeter 0 - 2 A.vi.Ammeter Selector Switch.

Epi-cyclic Gear Train Apparatus

The J P T I unit consists of an epicyclic gear train. Gear train consist of an internal gear having 56 teeth two planet gears with 21 teeth each and sun gear having 14 teeth.The train is driven by a 3-ph/1-ph, 1440 R.P.M. motor giving maximum input torque of 0.5 kgm. The planet carrier carries the planet gears. The internal gear is mounted over a flange which    rotates in bearings. A pulley is mounted over a output shaft of internal gear. Torque measurement arrangement with spring balance is provided for both the internal gear and planet carrier, so that either or then can be held stationary and holding torque required for  stationary member and output torque for the other member can be measured. The whole unit is mounted over a sturdy frame. Motor current is calibrated for output torque of the motor.A three channel R.P.M. indicator (digital) can be supplied with the unit at an extra cost which enables to determine the angular velocities of all the members. A digital torque indicator for motor output torque can be supplied at an extra cost, instead of motor current calibration.
Epi-cyclic Gear Train Apparatus



Heat Transfer In Forced Convection

Heat Transfer In Forced Convection



Experimental Set up consists of :i.Blower with orifice plate & manometer for flow  measurement.ii.Band Heater 500 W on test section.iii.Set of Thermocouples.b.Control Panel Consists of :i.12 Channel digital Temperature Indicator Range : 0 - 300 0Cii.Dimmerstat 0 - 2  A.iii.Main On/Off Switch.iv.Voltmeter 0 - 250 V.v.Ammeter 0 - 2 A.vi.Blower Switch.

Heat Transfer In Natural Convection

a.Experimental Set up consists of :i.Stainless steel/Brass Vertical cylinder.ii.Cylinder enclosure with stand.iii.Set of Thermocouples.iv.Heater - 400w.v.Thermocouple.b.Control Panel Consists of :i.12 Channel digital Temperature Indicator Range : 0 - 300 0Cii.Dimmerstat 0 - 2  A.iii.Main On/Off Switch.iv.Voltmeter 0 - 250 V.v.Ammeter 0 - 3 A.
Heat Transfer In Natural Convection



Pantograph Demonstration Mechanism

Pantograph Demonstration Mechanism



Pantograph Demonstration Mechanism (motorized) (to Demonstrate Working Of Tracing Mechanism / Four-

Mechanism should be mounted on a well laminated board to demonstrate its working.The model should be able to demonstrate enlargement or reduction of scale of given figure

Pendulum Experiments

(To determine radius of gyration and mass moment of Inertia)Specifications:a. Compound Pendulum (model  connecting rod)b. Bi-filar Suspension (model uniform c/s rectangular rod with adjustable chuck for varying suspension length of wires)c. Tri-filar Suspension (model circular disc or flywheel with adjustable chuck for varying suspension length of wires)Accessories Required:1. Spirit level  for horizontal alignment of bifilar rod and circular disc.2. Digital Stop Watch for measurement of time.The setup should be sturdy with powder coated mechanical frame free from vibrations.
Pendulum Experiments



Vibrating Table (compaction)

Vibrating Table (compaction)



Vibrating-table  500mm x 500mm with edges or 1000mm x 1000mm.Max.load capacity 140 kg.
the variable pitch pulley arrangement,
frequency bet.60 cycles / sec. And 43 cycles/sec.

Vibration Lab Equipments

a) Pendulum Experiments :i) Simple Pendulum.ii) Compound Pendulum.iii) Bi-filler Suspension.
b) Longitudinal Vibration Experiment.i) Spring Mass System.ii) Equivalent Spring Mass system for study   of undamped free vibration.
c) Torsional Vibration Experiment.i) Single Rotor System.ii) Two Rotor System.iii) Single Rotor with viscous damping.
d) Damped Vibration Experiment.i) Verification of Dukerleys Rule.ii) Forced rotor with viscous damping along with frictional HP Motor Strip chart recorder & control unit.
e) Digital RPM & frequency Indicator  with sensor
Vibration Lab Equipments



Motorised Gyroscope Apparatus

The equipment consists of rotary disc precisely  balanced  which  can  be  rotated  in 3 mutually perpendicular axis coupled with stepless variable, speed motor of STD make Supported in ball bearing with loading arrangements. Accurately marked scale & pointer to measure precession rate.

Static & Dynamic Balancing Apparatus

DESCRIPTION:-The J P T I unit consists of a precision ground shaft rotating freely in ball bearing. For static balancing demonstration, an eccentric weight creates unbalance and value of relative weight require to balance the eccentric weight statically is determined. For dynamic balancing apparatus four weight assembly mounted on shaft is provided. Longitudinal and Angular position of weights are calculated from respective relative weight and the weight are mounted at the position. The rotation is vibration free when rotated by small motor.SPECIFICATION:-1)Drive motor - Frictional horse power.2)Four balance weight each containing a different sized Ecentric for varying the unbalance.3)Additionally the containers, quality of precision made steel loading balls are supplied.

Ackerman Steering Gear Mechanism Demonstration Model

(To demonstrate inversion of 4-Bar Mechanism with its working)Specifications:An actual model of Ackerman Steering gear mechanism demonstrating its working.

Balancing Of Several Masses Rotating In A Single Plane Test Rig

Weight of rotor from 0.5  10k.f dia 500 mm dist between bearing centres 400mm,balancing speed 1200

Balancing Of Several Masses Rotating In Single Plane Test Rig

  1. weight Of Rotor From 0.5 To 10 Kg 
  2. Dia.500mm 
  3. Dis Between Bearing Center 400mm 
  4. Balancing Speed 1200

Balancing Of Several Masses Rotating In Single Plane Test Rig

  1. weight Of Rotor From 0.5 To 10 Kg 
  2. Dia.500mm 
  3. Dis Between Bearing Center 400mm 
  4. Balancing Speed 1200

Brake Model

Mechanically operated braking mechanism for two wheelersa)Shoe brakeb)Band brakec)Internal expanding shoe braked)Disc brake

Clutch Model

wooden / Alumunium die Cast / Acrylic Models1) Single Plate Clutch2) Multi Plate Clutch3) Centrifugal Clutch4) Cone Clutch5) Diaphragm clutch

Constant Mesh Gear Box (motorized) (to Demonstrate Internal Details And Working Of Gear Box I.e. 5

A brand new actual Constant mesh gear box with cut section and motorized with suitablecapacity variable speed motor, equipped with clutch for engagement & disengagement ofgears, all mounted on a powder coated stand.

Coupling Models

a)Sellers Coupling b)Universal Coupling c)Hook Coupling d)Hooks Coupling (Double) e)Double Hooks  Coupling Experimental Apparatus

Differential Gear Box (motorized) (to Demonstrate Internal Details And Working Of Gear Box)

A brand new cut section of differential gear box motorized with a compact, suitable capacity, variable speed motor, all mounted on a powder coated stand.

Elliptical Trammel

(To demonstrate inversion of Double Slider Crank Mechanism with its working and traceellipse on plain paper)Specifications:A model of an Elliptical trammel, to trace ellipse of various major and minor axis.

Slip & Creep In A Belt Drive System.

The unit consists of,a) A. C. Motor of 1 H. P. capacity of 1440 rpm. With flat belt pulley.b) Band break assembly) Flat belt is provided to give the torque from motor to break dynamo meter, so that sleep & crip can be measured.d)Digital rpm indicator with two piezo electric transducers.e)Separate control panel for motor is provided)Control panel & above assembly is mounted on in sturdy iron steel.g)Set of weights from  0 to 5 kg is provided.h)Instruction manual 1 copy provided.

Kinematics And Mechanisms

Kinematic link, Types of links, Kinematic pair, Types of constrained motions, Types ofKinematic pairs, Kinematic chain, Types of joints, Mechanism, Machine, Degree offreedom (Mobility), Kutzbach crieterion, Grublers criterion. Four bar chain and its inversions, Grashoffs law, Slider crank chain and its inversions,Double slider crank chain and its inversions. Pantograph, Swinging/Rocking mechanisms, Geneva mechanism. Equivalent linkage of mechanisms. Steering gear mechanisms : Condition for correct steering, Davis steering gearmechanism, Ackermann steering gear mechanism.

Hooke's Joint Apparatus

(To determine the angular displacements of input & output shaft for different shaftangles)a.Single Hookes joint with input & output shaft.b.A suitable protractor scale & pointer mechanism to measure the shaft angle.c. A lever/hand wheel mechanism to rotate the input shaft through a step of 1degree gradually.d.An arrangement to accommodate Duoble Hooke's joint in place of Single Hooke'sjointThe setup should be mounted on laminated board.

Industrial Gear Box (Motorized) (to Demonstrate Internal Details And Working Of Gear Box)

A brand new actual Worm & worm wheel gear box with cut section and motion motorizedwith a compact, suitable capacity, variable speed motor with speed controller, allmounted on a powder coated stand.

Introduction To Synthesis Of Linkages

Steps in synthesis process : Type, number and dimensional synthesis. Tasks of Kinematic synthesis : Path, function and motion generation (Body guidance). Precision Positions, Chebychev spacing, Mechanical and structural errors, Branchdefect and order defect, Crank Rocker mechanisms. Graphical synthesis : Two and three position synthesis using relative pole method andinversion method for single slider crank and four bar mechanism, Three positionmotion synthesis of four bar Mechanism. Analytical synthesis : Derivation of Freudensteins equation, Three position functiongeneration using Freudensteins equation .

Journal Bearing Apparatus

This equipment is Specifically designed for study of journal bearing characteristics like pressure, Eccentricities, Lubricating Bearings & Hydrostatic Bearing also can be studied. Same studies & its experimental Analysis of Reynolods Equation can be obtained. This apparatus can be used for different types of lubricating oils & journal Bearings materials ( Bush Bearing / Sleeve Bearing ) for the generation of static & properties of frication Bearings

Kinematic Analysis Of Mechanisms

Analytical method for displacement, velocity and acceleration analysis of slider crankmechanism. Position analysis of links with vector and complex algebra methods, Loop closureequation, Chace solution, Velocity and acceleration analysis of four bar and slidercrank mechanisms using vector and complex algebra methods. Hookes joint, Double Hookes joint.

Lathe Tool Dynamometer

This is strain gauge type two component lathe tool dynamometer designed to measure vertical & horizontal forces on tool while orthogonal cutting process. The unit is in two parts one is mechanical sensing unit or tool holder, which can be mounted on the top of the cross slide after removing swivel base & compound slide of lathe & digital force indicator. With this dynamometer students can study the change in these forces by varying Speed cut & feed.i) 3 digit display unit ii) Range 500 Kg force in XYZ direction    ( 3 Channel independent display )iii) List of standard accessories included in the basic cost of      equipment   Features :1.Rigid in construction2.Compact Digital force indicator.3.Use of cutting fluid during operation

Model And Charts Of Dynamometer

Four stroke single cylinder petrol enginea)Rope brake dynamometerb)Hydraulic dynamometer(multi cylinder petrol engine test rig)c)Eddy current dynamometerWooden/aluminium die cast/crylic models

Model Of Different Type Cam And Followers

a)Radial cam with translating followerb)Radial cam with oscillating followerc)Cylindrical cam with translating followerd)Cylindrical cam with oscillating followere)End cam(cylindrical) with oscillating followerf)Flat cam with translating follower

Model Of Governor

a)Fly ball governorb)Watt governord)Porter governore)Hartnell governorWooden/aluminium die cast/crylic models

Model Of Inversion

a)Single cylinder crank chainb)Rotary I C engines mechanismc)Whitworth quick return mechanismd)Crank and slotted lever quick return mechanisme)Double cylinder crank chainf)Scotch yoke mechanismg)Oldhams couplingProperly constructed model with hand operating, to illustrate the transmission between two shafts which are not coaxial. Complete on base.Wooden/aluminium die cast/crylic models

Models & Charts Of Clutch

a)single plate clutchb)multiplate clutchc)centrifugal clutchd)cone clutche)diaphragm clutchf)Wooden/aluminium die cast/crylic models

Piv Gear Box (motorized) (to Demonstrate Internal Details And Working Of Gear Box Through A Number O

A brand new actual PIV gear box with cut section and motorized with a suitable capacityvariable speed motor, all mounted on a powder coated stand.

Rotary Engine

(To demonstrate inversion of Single Slider Crank Mechanism with its working) Specifications:A model of Rotary Engine to demonstrate its working.

Sewing Machine Demonstration Model

(To demonstrate internal motion conversion mechanism with its working)Specifications:An actual cut section model of sewing machine with stand & motor to identifydifferent mechanisms used for different motion conversion.

Shear Force & Bending Moment Diagrams.

Shear forces & bending moments of determinate beams due to concentrated loads, uniformlydistributed loads, uniformly varying loads & couples, relation between SF & BM diagramsfor cantilevers, Simply supported beam. Maximum bending movement & positions of points ofcontra flexure, construction of loading diagrams & BMD from SFD & construction of loadingdiagram & SFD from BMD.

Simple Stresses & Strains

Revision of Concept of stresses & strains (linear, lateral, shear, thermal & volumetric).Hookes law, Poissons ratio, Modulus of Elasticity, Modulus of Rigidity, Bulk Modulus.Stress-strain diagrams for ductile & brittle materials. Various strengths of material- Yieldstrength, Ultimate tensile strength etc,Concept of 3D stress state. Interrelation between elastic constants, Proof stress & True stress &strain. Axial force diagrams, stresses and strains in determinate & indeterminate homogeneous& composite bars under concentrated loads & self weight.Temperature stresses in simple & composite members.Strain energy due to axial load (gradual, sudden & impact), strain energy due to self weight.

Sliding Mesh Gear Box (motorized)

(To demonstrate internal details and working of Gear Box i.e. 5 or 6 speeds including onereverse gear/speed)Specifications:A brand new actual sliding mesh gear box with cut section and motorized with suitablecapacity variable speed motor, equipped with clutch for engagement & disengagement ofgears, all mounted on a powder coated stand.

Slip & Creep Measurement Apparatus

DESCRIPTION-The apparatus consists of a variable speed D.C. Motor. Driving Pulley and Driven Pulley of equal diameters. The pulleys are mounted on input shaft (motor shaft) and output shaft. The Driven pulley can slide on the base only with bearing block to change the initial tension in belt. Brake Drum is mounted on the output shaft, which helps to measure power output. The motor speed is varied by Dimmerstat. Driving and Driven pulley speeds are indicated by a two channel digital Speed Indicator. With the help of Stroboscope it is possible to demonstrate the slip of belt on Driving and Driven Pulley.SPECIFICATIONS-1. D.C.Motor- 1 HP, 1500 RPM, 230V variable Speed2.Driving and Driven Pulleys of equal diameters (flat pulleys)3.Brake Drum along with spring balance and rope arrangement is provided to load the system.4.Flat belts of fixed length of following belt material.a.Fabric Beltb.Canvas Beltc.Rubber Belt5.Belt tightening arrangement - Bearing block is sliding and dead weight can be applied to set the initial tension in belt.6.Speed Indicator: Two channel digital speed indicator with switch to change the channel.

Static And Dynamic Force Analysis

Theory and analysis of Compound Pendulum, Concept of equivalent length of simplependulum, Bifilar suspension, Trifilar suspension.C:DOCUME~1ADMINI~1DesktopSEDAF5~1.YEAMECHAN~1Mechanical Syllabus.doc Dynamics of reciprocating engines: Two mass statically and dynamically equivalentsystem, correction couple, static and dynamic force analysis of reciprocating enginemechanism (analytical method only), Crank shaft torque, Introduction to T-θ diagram.

Synchro Mesh Gear Box (Motorized)

(To demonstrate internal details and working of Gear Box i.e. 5 or 6 speeds including onereverse gear/speed)Specifications:A brand new actual Synchromesh gear box with cut section and motorized with a compact,suitable capacity, variable speed motor, equipped with clutch for engagement &disengagement of gears, all mounted on a powder coated stand.

Universal Governor Apparatus

With variable speed motor of STD make to draw speed Vs lift characteristics for rising & falling load.  It consists of different governor mechanisms with necessary springs & weighing like watt. porter, hartnele, accurately engraved scale fixed to apparatus for measuring sleeve movement & radius of governor.

Velocity And Acceleration Analysis Of Simple Mechanisms

Relative velocity method : Relative velocity of a point on a link, Angular velocity of alink, Sliding velocity, Velocity polygons for simple mechanisms. Relative acceleration method : Relative acceleration of a point on a link, Angularacceleration of a link, Acceleration polygons for simple mechanisms. Instantaneous center of rotation (ICR) method: Defination of ICR, Types of ICRs,Methods of locating ICRs, Kennedys Theorem, Body and space centrode.




Balancing Of Rotational Masses

Balancing Of Rotational Masses



Corollie's Component Of Acceleration Apparatus

Corollie's Component Of Acceleration Apparatus







Different Cam And Follower (pairs)

Different Cam And Follower (pairs)



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